The aims of the experimental stage are high reliability and low equipment cost.
WLAN technology can be used to provide point-to-multipoint data services at very low equipment cost.
This novel extraction technique also possesses the advantages of low equipment expenditure and capability of high throughput.
In particular, the electrodeposition technique has advantages over other processes due to its simplicity, low equipment cost, and the possibility of obtaining large-area thin films.
The digestion processes were conducted using the conventional open vessel heating system as it provided the advantage of low equipment cost (Güler and Arzu 2006).
Results show that G Arc is one of the most considerable systems with more efficiency compared to the advanced oxidation techniques because of low equipment and energy costs [22, 23].
It has the advantages of low equipment cost, fast on-site data acquirement, and high portability, therefore, holding great potential to allow engineers to rapidly, accurately perform the site surveying in a safe and cost-efficient way.
So CO2 capturing and separation especially by adsorption is one of the most interesting approaches because of the low equipment cost, ease of operation, simplicity of design, and low energy consumption.
Among the methods that are being developed to date for CO2 capture and separation, carbon dioxide adsorption is of great interest due to its low energy consumption, low equipment cost and easiness for application.
